Our knowledge in synthetics
The demand for sustainable solutions with high performance qualities for plastics, rubbers and synthetics is booming. Stahl’s water-based finishes, top coats, carbodiimide crosslinkers and VOC-free pigments meet this demand head-on.
Coating building blocks for synthetic and alternative materials
Stahl provides building blocks to formulate, enhance and create fitting coating solutions for any product and application. Ready made or tailored to your needs to meet required performance standards, even for newly created innovative materials.
NuVera™: The accelerator of the transition to sustainable materials
One way for fashion, footwear and upholstery manufacturers to improve their environmental footprint is to replace fossil fuel-based chemistry with renewable carbon-based materials. Stahl’s NuVera™ range of renewable carbon polyurethanes can help you do exactly that.
Stahl EVO®: responsible solutions for optimal performance
Our Stahl EVO® technologies combine optimal performance with responsible chemistry. Fully compliant and even surpassing ZDHC MRSL standards, it is our portfolio of non-hazardous solutions for any synthetic or alternative substrate. Stahl EVO® contain a wide range of our coating and surface technologies.
Bio-Based PolyMatte® matting solution for luxurious design
For a luxurious matt finish for plastics and synthetics, PolyMatte® is the responsible and much desired option in high-end apparel and interior design for a beautiful black effect, high resistance and a perfectly soft touch.
Stahl Stay Clean® surface retention for interiors and furniture
Protect pale colored synthetic surfaces from staining, scuffing and soiling with Stahl Stay Clean®. Suitable for mobility interiors, furniture and accessories, this technology makes cleaning and maintaining products easy and provides them with a longer lifespan.
Polyurethane coating technologies
Select one of our polyurethane coating solutions
Are you looking for more information?
Please get in touch with your relevant contact within Stahl: